void decodeOne(int *sum, int bits, _Bool* binary, int option){ //option is probably redundant here, remove it later
//take in pointer to bit array, calculate integer value
if(0==option || 2==option){ //if you have negatives, use the first bit as a sign bit!
int k;
int carry=0;
//if all bits processed, return the sign flag and the value
if(0==bits){
return;
}
if(1==binary[0]){
//if your num is negative: subtract 1 and flip bits, calc number, number = -number
carry=1;
sum[0]=1;
for(k=BIT_SIZE-1; k>-1; k--){
if(binary[k]&carry){
binary[k]=binary[k]^carry;
carry=0;
}else{
binary[k]=binary[k]^carry;
}
}
for(k=BIT_SIZE-1; k>-1; k--){
binary[k] = sum[0]^(binary[k]); //flip all the bits and repopulate the array with compl. nums
// printf("bin[%d]:%d\n",k,binary[k]);
}
}
sum[1]+=(int)pow(2.0,(double)BIT_SIZE-(bits))*(int)binary[bits-1];
//printf("sum %d bin[%d]:%d\n",sum[1], bits-1,binary[bits-1]);
--bits;
decodeOne(sum, bits, binary,option);
}else{
if(0==bits){
return;
}
sum[1]+=(int)pow(2.0,(double)BIT_SIZE-(bits))*(int)binary[bits-1];
//printf("sum %d bin[%d]:%d\n",sum[1], bits-1,binary[bits-1]);
--bits;
decodeOne(sum, bits, binary,option);
}
}
uint32_t convFromWtoCP866(char **dest, const WCHAR_T *Source, uint32_t len)
{
if (!len)
len = getLenShortWcharStr(Source) + 1;
if (!*dest)
*dest = new char[len];
char *tmp = *dest;
const WCHAR_T *src = Source;
uint32_t res = 0;
::memset(*dest, 0, len * sizeof(**dest));
do {
*tmp++ = decodeOne(*src++);
++res;
} while (len-- && *src);
*tmp = 0;
return res;
double* popDecoder (const _Bool *genome_binary){
int j=0,flag,k;
int val[2];
_Bool bin_array[BIT_SIZE];
int pop_int[NB_WEIGHTS];
//_Bool pop_bin[POP_SIZE][GENOME_LENGTH]; //10-by-390
for(j=0; j<NB_WEIGHTS; j++){//split genome into 5 bit strings, set option flag for each segment of the genome
if(j<NB_ONLY_WT){
flag=0;
}else if(j>=NB_ONLY_WT && j<NB_ONLY_WT+NB_TOT_TC){
flag=1;
}else if(j>=NB_ONLY_WT+NB_TOT_TC && j<NB_WEIGHTS){
flag=2;
}else {
return NULL;
}
for(k=0;k<BIT_SIZE;k++){
bin_array[k]=genome_binary[(BIT_SIZE*j)+k];
}
for(k=0;k<BIT_SIZE;k++){
fprintf(pF2,"%d",(bin_array[k])?1:0);
fflush(pF2);
}
val[0]=0;
val[1]=0;
decodeOne(val,BIT_SIZE,bin_array,flag); //obtain your integer in val array, first is sign bit and second is the number
pop_int[j]= (1==val[0])?(-val[1]):val[1];
fprintf(pF2,"\npop_int[%d]:%d\n",j,pop_int[j]);
fflush(pF2);
genome_real[j]=itor(val, flag);
}
fflush(pF2);
return genome_real;
}
